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Keyword [rape]
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1. Cloning And Analysis Of The BAN-Homologous DNA Fragment And The Primary Study Of Floral-Dip Method In Oilseed Rape Brassica Napus
2. The Studies On Transgenic HBMP-3m Gene In Rape (Brassica Napus L.)
3. Study On The Developmental Characters Of Chloroplasts In A Yellow Type Mutant Of Oilseed Rape Seedlings
4. Research Of Fibrillin's Transformation To Rape(Brassica Napus L.)
5. Photosynthetic Characteristics And Chlorophyll Fluorescence Of Chlorophyll-deficient Oilseed Rape Mutant (Cr3529)
6. Study On The Chlorophyll Biosynthesis Of A Chlorophyll B-deficient Oilseed Rape Mutant (Brassica Napus L.) Cr3529
7. The Responses Of Plant Plasma Membrane H~+-ATPase To Phosphorus Deficient Stress
8. Construction Of BAC Library Of Xinjiang Wild Rape And Study On Screening Of A Single Chromosome Clone
9. Establishment And Analysis Of BnAtg8-rape Transgenic Lines
10. Establishment Of Rape BnAtg8-Arabidopsis Transgenic Lines And Function Study Of Its Autophagy
11. Optimal Hydrolysis Conditions And Anitoxdant Aivtiites Of Enzymaitcy Hdrolysaets Of Bee Collected Rape Pollen
12. Jac Rape Rain-scale System Development Of Numerical Experiments And Mechanism Analysis
13. The Regulation Of Organic Acids And Inhibitors To The Growth, Physiology And Root Exudates Of Rape (Brassica Napus L.) Under Aluminum Stress
14. Detection Mechanism And Methodology Of Brassicanapus Disease Using Spectroscopy And Spectral Imaging Technologies
15. Purification,Characterization,and Immunohistochemical Localization Of Reversibly Glycosylated Peptides From Rape (Brassica Napus L.) Bee Pollen
16. Bioinformatics Analysis Of Antibacterial Peptide Gene From Rape EST And Validation Of BnLTP2 Activity
17. Study On Function Of WRKY70 And LRR-RLK Genes Related To Disease Resistance In Brassica Napus By VIGS
18. Effects Of Overexpression Of Rape Autophagy-related Gene BnATG8 On The Growth And Development Of Brassica Napus L.
19. Effect And Mechanisms Of Heavy Metal-Immobilizing Bacteria On Reduced Cadmium And Lead Accumulation In Rape
20. Endophytic Growth Of Sclerotinia Sclerotiorum Infected With SsHADV-1 And The Foundational Research On The Application To Control Sclerotinia Stem Rot Disease
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